Non-metallic minerals play a crucial role in various industries such as mining and building materials. The efficient processing of these minerals often starts with the proper selection and use of crushing equipment. This guide will delve into the entire process of non-metallic mineral crushing and focus on how to choose the right jaw crusher according to the characteristics of the ore.
The non-metallic mineral crushing process generally consists of two main stages: primary crushing and secondary crushing. In the primary crushing stage, the main goal is to reduce large ore blocks into smaller pieces for further processing. Jaw crushers are commonly used in this stage due to their ability to handle large-sized materials. For example, in a typical non-metallic mineral processing plant, the primary jaw crusher can reduce the ore size from several hundred millimeters to around 100 - 200 millimeters.
The secondary crushing stage further refines the crushed ore to meet the specific requirements of the subsequent processes. Different types of crushers may be used depending on the desired final product size and the properties of the ore.
Zhengzhou Kuanglian's PEW jaw crusher stands out in the non-metallic mineral crushing process. One of its most significant features is the unique "V" - shaped crushing chamber. Compared with traditional jaw crushers, the "V" - shaped chamber design offers several advantages. Firstly, it provides a higher crushing ratio. Industry data shows that the PEW jaw crusher can achieve a crushing ratio of up to 6:1, which means it can reduce the ore size more effectively in a single pass. Secondly, it has lower energy consumption. Tests have indicated that it can save up to 20% - 30% of energy compared to similar products in the market.
The "V" - shaped chamber design also ensures a more uniform particle size distribution of the crushed product. This is particularly important in industries where a consistent product quality is required, such as the production of high - grade building materials.
Let's take limestone and granite as examples. Limestone is a relatively soft non - metallic ore with a Mohs hardness of around 3. When using the PEW jaw crusher to crush limestone, the equipment parameters can be adjusted to a larger discharge opening and a higher eccentric shaft speed. This can increase the throughput and reduce the energy consumption. In a limestone quarry, after adjusting the parameters of the PEW jaw crusher, the crushing efficiency increased by 15%.
Granite, on the other hand, is a hard and abrasive ore with a Mohs hardness of around 6 - 7. For granite crushing, the equipment parameters need to be adjusted to a smaller discharge opening and a lower eccentric shaft speed to ensure a sufficient crushing force. In a granite processing plant, by optimizing the parameters of the PEW jaw crusher, the wear of the crushing chamber was reduced by 20%, and the overall production cost was decreased.
In the actual non - metallic mineral crushing process, there are often some common bottlenecks, such as low crushing efficiency, high energy consumption, and excessive wear of the equipment. To address these issues, it is crucial to regularly maintain the equipment, adjust the parameters according to the ore characteristics, and use high - quality wear - resistant materials for the crushing chamber.
Zhengzhou Kuanglian's PEW jaw crusher, with its advanced technology and excellent performance, can help users overcome these bottlenecks and achieve higher crushing efficiency and environmental benefits. By choosing the right equipment and optimizing its operation, users can maximize the return on their equipment investment.
If you are looking for an efficient and reliable non - metallic mineral crushing solution, don't miss out on the opportunity to explore Zhengzhou Kuanglian's PEW jaw crusher. Click here to learn more about how our PEW jaw crusher can transform your non - metallic mineral crushing process!